polarizable electrode造句

• Carbon nanotubes ( cnts ) were activated by co2 and air under different durations, then were used in polarizable electrodes of electric double-layer capacitors ( edlcs )
  摘要对碳纳米管粉体在高温下进行空气和二氧化碳活化处理，并用于制作双电层电容器极板。
• The results show that the observation data of lead electrode are consistent with that of non-polarizable electrode in short period, and the stability of the data from deep burying lead electrode excels solid non-polarizable electrode, and its inherent quality also excels shallow burying lead electrode
  结果表明：铅电极与固体不极化电极的观测数据在短期内有较好的一致性；深埋铅电极的大地电场观测资料在长期稳定性上优于固体不极化电极；而观测数据的内在观测质量也高于浅埋铅电极。
• The results show that the observation data of lead electrode are consistent with that of non-polarizable electrode in short period, and the stability of the data from deep burying lead electrode excels solid non-polarizable electrode, and its inherent quality also excels shallow burying lead electrode
  结果表明：铅电极与固体不极化电极的观测数据在短期内有较好的一致性；深埋铅电极的大地电场观测资料在长期稳定性上优于固体不极化电极；而观测数据的内在观测质量也高于浅埋铅电极。
• In order to substitute non-polarizable electrode with lead electrode and solve the stability problem of earth electric field observation in seashore area, we have performed two kinds observational comparison, which is shallow burying lead electrode with non-polarizable electrode and deep burying lead electrode with shallow burying lead electrode
  摘要为使用铅电极替代不极化电极，以解决滨海地区大地电场观测系统稳定性差的问题，先后开展了浅埋的铅电极与不极化电极的大地电场对比观测，以及深埋铅电极与浅埋铅电极的对比观测试验。
• In order to substitute non-polarizable electrode with lead electrode and solve the stability problem of earth electric field observation in seashore area, we have performed two kinds observational comparison, which is shallow burying lead electrode with non-polarizable electrode and deep burying lead electrode with shallow burying lead electrode
  摘要为使用铅电极替代不极化电极，以解决滨海地区大地电场观测系统稳定性差的问题，先后开展了浅埋的铅电极与不极化电极的大地电场对比观测，以及深埋铅电极与浅埋铅电极的对比观测试验。